Hysteretic and time dependent deformation of plasma sprayed zirconia ceramics

Structural Features

“…6.43 a Variation in load-deflection curve with increase in load (cantilever dimension 0.3 × 0.2 × 2 mm 3 ). b Variation of energy dissipation or the hysteresis loss per cycle with maximum applied load in cantilever (The datum points represent the calculated values), whereas the solid line shows the best fit curve, where the equation along with regression parameter (R) given in the legends, Lal et al [13]. With kind permission of Elsevier Fig.…”

“…6.44 curves of sintered coatings, loaded up to 100 mN. The sintering conditions of each curve is given in the legend, Lal et al [13]. With kind permission of Elsevier It was observed that the hysteresis loss increases proportionately with the square of the maximum load in the cantilever.…”

Thermomechanical Analysis of Ceramic Composites Using Object Oriented Finite Element Analysis

“…Recently, OOF2 was used to obtain the stress distribution and Young's modulus in the thermally treated Mg-9 wt.%Li-7 wt.%Al-1 wt.%Sn alloy to enhance the wear resistance [24][25][26]. Further, continuously reinforced concrete pavement α correlation with spalling, performance and mechanical behavior is also studied with OOF2 and results are compared with commercial FE software [27].…”

“…Recently, OOF2 is also used for meshing and FE solutions are obtained by integrating meshing with ABAQUS or MATLAB. In this direction, many researchers have used OOF2-ABAQUS to get the shear stress distribution [26,33], elastic modulus, crack distribution in the materials/composites [32,34], residual stresses [29], and thermal properties [28]. Devi lal et al [24,26] fabricated 7 wt.% Y 2 O 3 stabilized ZrO 2 beam to study the presence of microcracks/pores during bending by OOF2 with ABAQUS.…”

“…In this direction, many researchers have used OOF2-ABAQUS to get the shear stress distribution [26,33], elastic modulus, crack distribution in the materials/composites [32,34], residual stresses [29], and thermal properties [28]. Devi lal et al [24,26] fabricated 7 wt.% Y 2 O 3 stabilized ZrO 2 beam to study the presence of microcracks/pores during bending by OOF2 with ABAQUS. Similarly, crack analysis of duplex stainless steel (ferrite + austenite phases) strength and hydrogen diffusion characteristics are investigated at the microstructure scale [30,32].…”